Program Highlights
Undergraduate Program
Our undergraduate program emphasizes the molecular science aspects of biology and chemistry along with the engineering concepts essential to developing commercial products and processes. Undergraduate Program
Master’s Program
Deepening knowledge and professional preparation are the focus of our master’s program and students can choose a coursework-only or a research-focused track. Master's Program
PhD Program
In a research-intensive environment, doctoral candidates are mentored by faculty who are defining their fields and collaborate across university divisions. PhD Program
Concurrent BS/MS program
The concurrent BS/MSE program enables current students to complete both degree is, usually in five years, with a 50% tuition break during their fifth year. Learn moreApply today.
“ChemBE at JHU is tackling our most pressing global challenges in sustainability, climate, and health. Join us in pushing the boundaries of engineering knowledge from the molecular to the systems level. ”
Jennifer Elisseeff
Professor and F. Stuart Hodgson Department Head
Vivien Thomas Scholars Initiative
Announced by Johns Hopkins and Bloomberg Philanthropies in the spring of 2021, the Vivien Thomas Scholars Initiative is an endowed fellowship program at Johns Hopkins for PhD students in STEM fields. It provides full tuition, stipend, and benefits while also providing targeted mentoring, networking, community, and professional development opportunities. Students who have attended eligible institutions, including historically Black colleges and universities (HBCUs), community colleges, and regional institutions in Maryland, Virginia, and the District of Columbia for undergraduate study, are eligible to apply.
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The award supports Schulman’s efforts to create a programmable language for biomaterials that instructs and coordinates tissue growth in lab-grown organs suitable for transplant.
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Breakthrough method uses polymer coatings to engineer customized nanomaterials
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New materials and a novel process developed by Johns Hopkins scientists could aid efforts to develop smaller, faster, and affordable microchips to power a range of modern electronic devices